The feasibility of installing a multi-point particle monitoring system in the Rochester Institute of Technology Class 1000 Cleanroom at work level was examined. This consisted of monitoring 10 separate locations in the cleanroom at work level, including flow hoods, processing equipment and room air. An RS1 procedure was written to generate control charts and count information. The results showed that during low and high activity at a station the particle counts were in and out of process limits, respectively. Recommendations were made concerning installation of a complete system
BACKGROUND Particulate air pollution was demonstrated to have serious short and long-term health ...
The high-energy requirements of cleanrooms are the main motivation for optimizing their operational ...
The airborne microbial contamination in a non-unidirectional airflow cleanroom, occupied by personne...
This article is the fourth of a short series of extracts from Bill Whyte’s new book Cleanroom Testin...
Implementation of a computerized clean room monitoring system at the RIT facility and the benefits o...
Until now the emphasis in contamination control and monitoring under cleanroom conditions has mainly...
This study was conducted to observe a potential formation and/or release of aerosol particles relate...
The particle fallout limitations and periodic allocations for the James Webb Space Telescope are ver...
A sampler that detects and counts ‘viable’ particles in the air of cleanrooms in real-time was studi...
The cleanroom suitability as an acceptance criteria of equipment gets more and more important for th...
This paper will discuss the adverse effects of deficient cleanroom design practices on airborne part...
Relative cleanliness in terms of particle abundance in spacecraft assembly facilities is determined ...
An important facet of designing cleanrooms is the prediction of the volume of air necessary to achie...
Human exposure to particulate matter can have significant harmful effects on the respiratory and car...
dynamics E CFD E Contamination control The particle-free conditions provided by cleanrooms are essen...
BACKGROUND Particulate air pollution was demonstrated to have serious short and long-term health ...
The high-energy requirements of cleanrooms are the main motivation for optimizing their operational ...
The airborne microbial contamination in a non-unidirectional airflow cleanroom, occupied by personne...
This article is the fourth of a short series of extracts from Bill Whyte’s new book Cleanroom Testin...
Implementation of a computerized clean room monitoring system at the RIT facility and the benefits o...
Until now the emphasis in contamination control and monitoring under cleanroom conditions has mainly...
This study was conducted to observe a potential formation and/or release of aerosol particles relate...
The particle fallout limitations and periodic allocations for the James Webb Space Telescope are ver...
A sampler that detects and counts ‘viable’ particles in the air of cleanrooms in real-time was studi...
The cleanroom suitability as an acceptance criteria of equipment gets more and more important for th...
This paper will discuss the adverse effects of deficient cleanroom design practices on airborne part...
Relative cleanliness in terms of particle abundance in spacecraft assembly facilities is determined ...
An important facet of designing cleanrooms is the prediction of the volume of air necessary to achie...
Human exposure to particulate matter can have significant harmful effects on the respiratory and car...
dynamics E CFD E Contamination control The particle-free conditions provided by cleanrooms are essen...
BACKGROUND Particulate air pollution was demonstrated to have serious short and long-term health ...
The high-energy requirements of cleanrooms are the main motivation for optimizing their operational ...
The airborne microbial contamination in a non-unidirectional airflow cleanroom, occupied by personne...